360° VR slideshow version:The video compression at YouTube doesn't kill so much details, because this one is more static. So with the slideshow version you get a better impression of the original quality.www.youtube.com/watch?v=DtRjOS…

About the google Deep Dream:I always wanted to run a deep dream algorithm over one of my fractal animations to make it more trippy. But I thought: When you want to do it, then do it right!So I didn't choose a normal animation as the fractal source but I used a 4K 360° fractal as the source animation.That wasn't easy and took a lot of experiments and programming in python.Problems I had to solve:- rendering 4K images via CPU is too slow - solution: use google deep dream with CUDA support so my GeForce GTX 970 could do the work much faster- deep dreaming of 4K images wasn't possible because of memory problems (neural networks need a lot of RAM) - solution: for the final 4K dreaming do a lot of randomly selected 400x400 pixel dream squares- keep also the fine 4K dream details stable during the animation so it doesn't flicker so much - solution: do some additional blending at the right time- use various deep dream inception modes but blend them smoothly - solution: start the dreaming of the second animation already based on a fading sequence from the first animation and do some addition blending- we have a 360° video so dream at left side should match to dream at right side - solution: copy a left stripe to the right and a right stripe to the left, dream and crop to original size- we have a 360° video but you can't dream top and bottom correct - solution: blend top and bottom to blackI will do a much more detailed tutorial and also release the python code later.